Case for AP® Engineering Credit through e4usa

Bringing Engineering Education to the Forefront

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For 22 years, we have pursued the goal of developing an AP® Engineering course, creating four unique comprehensive courses bringing engineering education to high school students nationwide. With renewed opportunities and NSF support, Engineering For US All (e4usa) has re-engaged with the College Board® to realize this vision.
In November 2024, e4usa leaders met with the College Board® to propose a partnership. The proposal outlines a collaboration to finalize an AP® Engineering course framework and end-of-course exam, enabling students to earn college credit for an introductory engineering course at their institution.


 

Why Now? e4usa’s Proven Foundation for AP® Engineering

 

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Years of Research and Innovation: Utilizing the Engineering Design Process Portfolio Scoring Rubric (EDPPSR)/MyDesign Scoring Rubric, we have refined engineering design portfolio assessment to evaluate students’ competencies effectively. Combined with our in-class exam, the EDP Portfolio forms the foundation of the proposed AP® Engineering Exam.

 

 

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Years of Inclusive Engineering Education: e4usa has brought engineering to a broader and more diverse group of high school students across the country.

 

 

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Years of Successful Exam Implementation: e4usa has experience in creating and offering exams that align with introductory engineering standards.

 

 

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Colleges and Universities Awarding Credit: We have already established pathways for students to receive college credit for e4usa courses, demonstrating strong institutional buy-in and proof of concept.

 


The National Problem: High School Graduates Declining

 

bars chart showing first time freshman and High School Graduates numbers through out the years from 2006 to 2028
 

 

Declining high school graduation numbers creates an enrollment cliff for engineering. This enrollment cliff underscores the urgent need for innovative solutions to address the growing demand for a skilled engineering workforce.

 
The percentage of high school students enrolling in freshman engineering programs in the U.S. has stagnated at 4% since 2016 and is projected to remain unchanged through 2028.

 

CSP students are more than 3X as likely to major in computer science than similar students who did not take CSP and differences are even larger for female and Hispanic students.*

*AP® Computer Science Principles and the STEM and Computer Science Pipelines, College Board®, December 2020


 

Next Steps: Building University Partnerships for In-Major Credit

  

Provide Students a Clear Pathway into Engineering Disciplines Early: Early exposure to engineering increases student interest, confidence, and preparedness, addressing critical challenges in enrollment, retention, and graduation rates for engineering majors.

 

 

  

Strengthen First-Year Engineering Programs: Awarding credit for a rigorous AP® Engineering course reduces the financial burden on first-year programs while aligning with broader institutional goals to streamline pathways to degree completion and maintain ABET alignment.

 

  Support National STEM Workforce Needs: Expanding opportunities for high school students to pursue engineering early not only ensures a steady, diverse pipeline but also increases the supply of skilled employees ready to meet and exceed industry demands.
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